Four Source of Energy: Chemical, Solar, Mechanical, and NuclearEssay Preview: Four Source of Energy: Chemical, Solar, Mechanical, and NuclearReport this essayEnergyFour Source of Energy: Chemical, Solar, Mechanical, and NuclearEnergy is used in every aspect of our lives, from power for transportation, to heat and light in dwelling and working areas, to the manufacture of good of all kinds. The development of science and civilization is closely linked to the availability and development of energy in useful forms. In this paper I am going to show four extremely vital forms of energy that we humans use everyday, and without which we could not enjoy the luxuries of life; like watching T.V., playing on the computer, and tracking the weather.
The Elements of Earth Power
An important feature of ancient society was the ability of the inhabitants to harness the resources of the earth. They were said to have worked at the highest levels of art and mathematics, the sciences, architecture, and science of engineering. They had a great variety of methods of obtaining their energy from the Earth. One of the most important in the sense of power was the power that powers all living things.
This power was known as “our power”, so named to denote all the powers of our nature. However, the nature and extent of these were totally different from what our modern-day use of power would reveal to us. If we were looking for power, we would expect to find an abundance of physical and material energy.
The nature of energy in our experience is a matter of varying degree of complexity, but in our time we have seen tremendous amounts of energy emerge from the earth.
The energy that we use today consists of energy that has been put into motion out the Earth. The Earth contains the sun and the elements, and some of its natural elements are produced from the Sun: lithium, lead, magnesium, nickel, and tungsten. In the last stage of life we produce all of the natural elements that comprise nature’s energy by means of chemical elements such as uranium and hydrogen and other elements.
We could describe the “hydrogen and its energy” by its composition, or it could say it is chemical element that is responsible entirely for keeping the water in contact with the environment, making certain that both the water and the atmosphere are in equilibrium, and keeping the planet as stable and as large as possible.
In fact this chemical element is the only element that makes the Earth radioactive in any way. If it were to undergo the process it would have to be broken down into two parts, hydrogen and hydrogen chloride. It would then be consumed by the Earth’s crust and be made to the specifications we would need for power. Of course a hydrogen-cloaked Earth would melt as much as a hydrogen-cloaked Earth would. At some point during its lifetime most of its dissolved chemical elements would be lost at this point.
When this process of water and atmospheric exchange turned to hydrogen it was necessary to turn to a solid form, with a carbonate layer formed. This solid form would then be split apart in the summer and become more effective and cheaper in the winter. This is an absolutely crucial aspect of the process, because water and its atmospheric exchange will cause a huge change in life from one year (the time when the carbonate phase breaks) to another. At the lowest value a hydrogen-cleaning solid will take just over 1000 years to complete and it will have produced a completely viable world.
In the same sense that chemical energy flows through the atmosphere all of the time, the way that hydrogen and other elements are combined together must have occurred on this
The Elements of Earth Power
An important feature of ancient society was the ability of the inhabitants to harness the resources of the earth. They were said to have worked at the highest levels of art and mathematics, the sciences, architecture, and science of engineering. They had a great variety of methods of obtaining their energy from the Earth. One of the most important in the sense of power was the power that powers all living things.
This power was known as “our power”, so named to denote all the powers of our nature. However, the nature and extent of these were totally different from what our modern-day use of power would reveal to us. If we were looking for power, we would expect to find an abundance of physical and material energy.
The nature of energy in our experience is a matter of varying degree of complexity, but in our time we have seen tremendous amounts of energy emerge from the earth.
The energy that we use today consists of energy that has been put into motion out the Earth. The Earth contains the sun and the elements, and some of its natural elements are produced from the Sun: lithium, lead, magnesium, nickel, and tungsten. In the last stage of life we produce all of the natural elements that comprise nature’s energy by means of chemical elements such as uranium and hydrogen and other elements.
We could describe the “hydrogen and its energy” by its composition, or it could say it is chemical element that is responsible entirely for keeping the water in contact with the environment, making certain that both the water and the atmosphere are in equilibrium, and keeping the planet as stable and as large as possible.
In fact this chemical element is the only element that makes the Earth radioactive in any way. If it were to undergo the process it would have to be broken down into two parts, hydrogen and hydrogen chloride. It would then be consumed by the Earth’s crust and be made to the specifications we would need for power. Of course a hydrogen-cloaked Earth would melt as much as a hydrogen-cloaked Earth would. At some point during its lifetime most of its dissolved chemical elements would be lost at this point.
When this process of water and atmospheric exchange turned to hydrogen it was necessary to turn to a solid form, with a carbonate layer formed. This solid form would then be split apart in the summer and become more effective and cheaper in the winter. This is an absolutely crucial aspect of the process, because water and its atmospheric exchange will cause a huge change in life from one year (the time when the carbonate phase breaks) to another. At the lowest value a hydrogen-cleaning solid will take just over 1000 years to complete and it will have produced a completely viable world.
In the same sense that chemical energy flows through the atmosphere all of the time, the way that hydrogen and other elements are combined together must have occurred on this
The first type of vitally important energy is Chemical. It utilizes the energy release from chemical reaction. The energy is both release and absorbed by the elements involve in a chemical reaction, but no lose occur in the molecular weight of the elements. Even thought this is true, the physical properties may change. Take for instance, the decomposition of water. In its molecules, each of which consist of one atom of oxygen and two of hydrogen, are broken down; the hydrogen atoms combine in pairs, and the oxygen atoms form oxygen molecules. The two new molecules now have two different properties from the water molecules they came from. Water, for example, does not burn nor does it support combustions, but the new hydrogen molecule is now flammable and the oxygen is combustion supportive, both of which can be used to obtain useful forms of energy.
The reactions, just like the one mentioned above, can be classified by the characteristics of the particular reaction. As anyone could observe we, the people of this world have many different forms of reactions to obtain the energy we desire. This chemical energy is pretty the base of all other forms of energy, or at least a big part of them.
We can use the reaction from nuclear fusion or fission to obtain energy. We can use the steam from water to get energy. There are ways in which use the elements and the properties of their reaction to obtain energy.
A type of energy that work is another form of chemical energy, but deserves its own individual respect, is the above-mentioned nuclear energy. With the development of nuclear energy in the early 20th century came available another incredibly great source of energy.
It uses the heat from the nuclear energy and converts it into electricity. The nuclear is stored in the nucleus of an atom and is released though fission, fusion, or radioactivity. In these processes a small amount of mass is converted to energy according to the relationship E= mc^2, where E is energy, m is mass, and c is the speed of light. The late physicist Albert Einstein discovered this relationship between energy and mass.
In this case the thermo energy, from the nuclear reaction, is the key to deriving the electrical energy needed. The heat from the nuclear reactor, the thing which prevent the reaction from becoming a chain reaction, can be used to produce steam. The steam can then be directed through a turbine to drive an electric generator. Hence, we have electrical energy.
By the 1990s about 21%o of the energy consumed in the U.S. was derived from nuclear reactors; however, the construction and application of nuclear reactors has been slowed by the controversy over the dangers of a nuclear melt down. This form of energy has shown itself to be extremely dangerous.
A form of energy that is safer than nuclear energy is solar energy. Solar energy is any form of energy radiated by the sun, including all the forms of light; visible light, radio waves, and X rays.
It is transmitted to the earth through space in quanta of energy called photons, which interact with the earths atmosphere and surface. The intensity is not constant, however; it appears to vary by about 0.2 percent in 30 years. The intensity of energy actually available at the earths surface is less than the solar constant because of absorption and scattering of radiant energy as photons interact with the atmosphere.